Light and its interaction with microalgae are essential concerns in the context of microalgae
studies. The optical properties of microalgae have a great impact on the remote sensing …

Nannochloropsis is attracting renewed interest due to member species' potential application
as sustainable feedstocks in biofuel production and high-value compounds. This genus is …

Marine algal seaweeds are the underutilized bioresource ie food source, raw materials from
industries, therapeutic application also. Seaweeds are the natural polysaccharides used in …

There is a great need to further develop new technologies in the field of microalgal
cultivation system. The integration of selectively wavelength-permeable photovoltaic cells …

Biodiesel production from microalgae is viable but faces scale-up challenges. The main
drawbacks in the industrial production of biodiesel are high-water content in the biomass …

Biochemical components obtained by microalgal biomass can be induced by specific
wavelengths and processed to high value food/feed supplements or pharma-and …

The microalga Nannochloropsis produces high-value omega-3-rich fatty acids and
carotenoids. In this study the effects of light intensity and wavelength on biomass, fatty acid …

Omic technologies are a major source of information in understanding the cellular processes
while their employment for studying microalgal biomass and productivity is rapidly …

The marine microalga Nannochloropsis oculata has garnered significant interest as a
potential source of lipids, both for biofuel and nutrition, containing significant amounts of …

Using saline-alkali leachate to cultivate microalgae is an effective way to realize the
utilization of wastewater and alleviate the shortage of water resources. Light source is …